Advanced Composite Industries and ScientifiComposites designs and
develops composite materials that meet the cost constraints, and
performance required by industrial machine builders and end users.
The Carbon Fiber Composite Disc (worldwide patent pending) material is specifically
designed for radial load applications. The material has a foam sandwich core with
carbon fiber radially aligned skins protected by a glass fiber outer layer. Carbon Fiber
composite disc are manufactured up to 7ft in diameter. Special diameters greater than
7ft can be produced.
The Carbon Fiber Composite Panel material is a sandwich foam core structure
similar to structures used in lightweight Aerospace applications. The structure has
carbon fiber aligned for loading and material balance.
"Denysium" plate is a thermoplastic core material, designed with carbon fiber skins
protected with glass-cloth. This low cost structural material is a direct replacement
for stainless steel, steel and aluminum in machine applications especially in severe
and corrosive environments. Denysium plate can be manufactured to shape using a
tool.
Advanced Composite Industries manufacture a series of Carbon Fiber skins.
Carbon Fiber skins are used either has a product in there own right or on products
for protection and appearance. Skins are non-structural, lightweight, and low cost.
ACI also provides Chemical Coatings on products to protect against UV, abrasion
and corrosive chemicals. These coatings can also be used for Packaging, Medical,
Pharmaceutical and Food/Beverage applications.
The Carbon Fiber DiscPlate is a solid laminate manufactured either from a
quasi-isotropic layup or radial layup. The layup has thermoplastic cored center layer.
DiscPlates can be manufactured up to 7ft in diameter. Special diameters greater than
7ft can be produced.
Advanced Composite Industries designs and develops special composite materials
and special composite material forms for specific customer applications. Photographs
of a carbon fiber angle section and ring spacer shown.
